DVIGATELESTROENIYE # 2 (228) 2007

SYNOPSIS

ENGINE ANALYSIS, CONSTUCTION & RESERCH

UDC 621.432.3
Fedyanov E.A., Itkis E.M., and Kuzmin V.N.

Mathematical Simulation of Homogeneous Methane-Air Mix Autoignition in Reciprocating Engine // Dvigatelestroeniye. — 2007. — # 2. — P. 3–5.
The authors developed mathematical model of homogeneous methane-air mix autoignition and combustion in reciprocating engine featuring homogeneous charge-compression ignition (HCCI) process.
- Table, 2 ill., 7 ref.

Contents

UDC 621.43.01, 621.431.74
Samsonov L.A.

Internal Combustion Engine with Controllable Duration of Combustion Phases // Dvigatelestroeniye. — 2007. — # 2. — P. 6–10.
Presented in the article is schematic diagram of engine that enables individual control over particular combustion phases’ duration. Said technique is demonstrated as allowing considerable duration redistribution among different combustion phases.
2 Table, 4 ill.

Contents

UDC 621.43.052
Agafonov A.N., Slesarenko I.V., Gudz V.N., Gorlanov A.V., Pchelnikov D.P., and Razuvayev A.V.

Diesel Engine with Advanced Air Alimentation System // Dvigatelestroeniye. — 2007. — # 2. — P. 11–15.
The authors developed computational procedure that enables evaluation of the efficiency of steam injection into turbine inlet duct, with a view to enhance air supply efficiency and thereby engine power output.
2 Table, 6 ill., 4 ref.

Contents

UDC 621.431.3
Zelenov B.A., Krylov B.S., Yudkin V.F., and Yudkin A.B.

Non-Conventional Alloys for Engine Building // Dvigatelestroeniye. — 2007. — # 2. — P. 16–18.
One of possible ways to reduce engine vibrations is the replacement of conventional materials with ferrite Fe-Cr-Al alloys. The article discusses issues involved therein.
4 ill., 4 ref.

Contents

UDC 621.431
Novikov L.A.

In-Field Monitoring of Pollutant Contents in Engine Exhaust // Dvigatelestroeniye. — 2007. — # 2. — P. 19–23.
The article presents the basics of national technological policies in periodical revision of regulations covering acceptable levels of toxic emissions from marine, locomotive and industrial diesel engines in operation. Said technological policies are being pursued through implementation of new National Standard GOST R 52408 (ISO 8178, Part 2).
4 ref.

Contents

ENGINE SYSTEMS AND AUXILIARIES

UDC 621.43.068.4
Saidanov V.O., Slesarenko I.V., and Ezersky S.N.

Improvement in Environmental Performance of Standby Gen Sets Used in Underground Railroads // Dvigatelestroeniye. — 2007. — # 2. — P. 24–28.
The article compares known technologies of diesel engine exhaust cleaning. Particular stress is made on liquid cleaning method offered by these authors.
3 ill., 10 ref.

Contents

UDC 621.057.2
Zlotin G.N., Zakharov E.A., and Kuzmin A.V.

Changes in Gasoline Engine Settings Needed for Operation on Liquefied Petroleum Gas // Dvigatelestroeniye. — 2007. — # 2. — P. 29–31.
The work presents the results of comparative tests of VAZ-1111 engine running on petrol and liquefied gas respectively; recommendations are formulated for tuning of engine ignition and fuel systems.
2 Table, 1 ill.

Contents

CONSTRACTION MATERIALS

UDC 621.431.7
Shabalinskaya L.A., Levkin G.M., Kelbas V.I, and Staroverov A.E.

Efficient Cooling of High-Powered Vehicle Engines // Dvigatelestroeniye. — 2007. — # 2. — P. 32–36.
The article discusses aspects of using permanent propylene glycol antifreeze in high-powered engines in order to prevent cavitation-induced failures.
3 ill., 5 Table, 12 ref.

Contents

AUTOMATION AND DIAGNOSING

UDC 621.43.052, 621.431.74
Obozov A.A.

Nomographic Method of Turbocharger Efficiency Evaluation in Marine Engines // Dvigatelestroeniye. — 2007. — # 2. — P. 37–41.
The article deals with efficiency of turbochargers used in low-speed marine engines. Discussed are analytical dependences used for efficiency calculation as applied to compressor, turbine, and turbocharger as a whole; furthermore, nomograms are offered for graphic determination of said characteristics.
1 Table, 2 ill, 3 ref.

Contents

UDC 621.431.74
Nikitin A.M.

Efficiency of Provisions Targeted at Reduction of Failure Incidence in Marine Diesel Engines // Dvigatelestroeniye. — 2007. — # 2. — P. 42–43.
Maintenance system in question is based on risk management principles; i.e., it takes account of particular failures’ consequences.
1 Tables, 4 ref.

Contents

UDC 621.43.038
Popov L.N.

Progress in Russian Make Fuel Injection Equipment // Dvigatelestroeniye. — 2007. — # 2. — P. 44–47.
The article summarizes the results of a research work carried out at TSNITA. In the framework of this research fuel injection system with long operational life was developed that featured precise fuel metering valve operating at pressure of 200 MPa.
4 ill.

Contents



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